Rhodiola Rosea extract (Golden Root)

Dosage and administration: 1-2 capsules of Rhodiola Rosea extract should be taken 1-2 times a day with warm water. Duration of the standard treatment course is 2-3 weeks, but can be extended up to 4 months or repeated 2-3 times a year as prescribed.

Rhodiola Rosea has been used in traditional medicine for over a thousand years. The "Golden Root" is likely to be one of the most popular herbal adaptogens, second only to Panax Ginseng. It enhances physical work capacity, increases resistance to stress and improves memory without disturbing normal biological functions. Other potential indications for use of Rhodiola include asthenia, increased fatigability, protracted recovery from somatic and infectious diseases, mental and physical exhaustion, neurasthenia and arterial hypotension.

ACTOVEGIN ®

$27.00

Many decades ago shepherds in Switzerland noticed that young calves are able to heal their injuries and regenerate their tissue much faster than older calves. However, it was only in 1957, when Swiss scientists obtained a highly purified extract from blood of young calves and developed the drug.Actovegin enhances aerobic oxidation, absorption of glucose and oxygen uptake in tissue. For this reason Actovegin has been used by athletes who wanted to speed up the recovery process and enhance physical performance and stamina. It is also a great drug to treat various sport injuries.

AFOBAZOLE [Fabomotizole]

$9.00$18.00

AFOBAZOLE stabilises and upregulates GABA and benzodiazepine receptors, exhibits neuroprotective properties, and diminishes anxiety and tensions in the body. The drug is designed above all for people with asthenic personal traits such as emotional lability, e.g. tendency to react emotionally in stressful situations.

AMINALON (GABA)

$8.00

Aminalon is a substance with nootropic and psychostimulatory qualities. Gamma-Aminobutyric acid is the only active component in this drug. Aminalon (C4H9NO2) is a neurotransmitter which slows nerve impulse. Gamma-Aminobutyric acid (also written GABA, γ-aminobutyric acid) is synthesised in the brain from glutamic acid (another neurotransmitter) through decarboxylation (a chemical reaction that removes a carboxyl group and releases carbon dioxide).